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Failure Analysis and Patent Infringement of ICs, Devices, Sensors, Detectors; Nanotechnology
Expert worked on the design, fabrication, and evaluation of microelectronic devices and circuits. He designed and built DNA sensors, Micro-pumps, diamond devices, MEMS gas sensors, Nanotechnology devices, and other microelectronic devices. He worked on the growth of high dielectric materials…
Optical Design for Industrial Lasers and Laser Applications
Expert has been in the laser electro-optics industry for more than 40 years and has worked with lasers from the deep ultraviolet to the far infrared. Expert uses Zemax and OSLO for optical design and particularly designs optical systems for…
Electronic Material Processing, Chemical-Physical Analysis, Device Modeling, Biomedical Sensors
Expert has over thirty years experience in the design, micro-fabrication, analysis and modeling of electronic devices, transistors, and sensor arrays. He has extensive experience with the advanced processes for device fabrication: depositing the metal electrode and contact layers by sputtering,…
Thin-Film Deposition, Lasers, Optical Spectroscopy, Cryogenics
The last twenty years Expert has worked in France, Japan and US holding positions in the industry, academia and government. He has contributed to the fields of nonlinear optics (bistability), superconductivity, thin-film deposition (in particular pulsed-laser deposition), photoluminescence of low…
Surface Technology, Coatings, Thin Film Deposition, PVD, Physical Vapour Deposition, Sputtering, PLD
He studied materials science with a focus on thin film materials, focussing in his PhD on process equipment and design of room-temperature deposited coating. As post-doc, he was employed to scale up deposition process from laboratory to industrially useable process…
Surface Engineering, Diamond like hard coating, material science, Medical device, hard disk
Most of Expert's scientific career has been devoted to the development of surface modification and thin film deposition technologies, including plasma nitriding, plasma carbonization, boriding, chromizing, cathodic arc, filtered cathodic arc, pulsed laser ablation, magnetron sputtering, pulsed mid-frequency dc magnetron…
Biomaterials, Medical Device Rapid Prototyping, and Laser Processing of Materials
Since their invention in the early 1960s, lasers have found many uses in the medical field. Most current medical applications of lasers involve use as a “universal scalpel” in minimally invasive surgeries, which offer little contact, little blood loss, shorter…
Thin Film Science and Technology
Expert has focused his technical expertise on the fabrication, characterization, and utilization of thin films and thin film materials. He has used a variety of techniques for the growth of thin films and coatings including chemical vapor deposition of metal…
Semiconductor Lasers, Photonic Devices, MOCVD Growth
Expert has expertise in many aspects of materials (including crystal) growth, characterization, and devices made from compound semiconductors, especially GaAs and related materials. This includes both liquid phase epitaxial growth and and metalorganic chemical vapor deposition of both optical and…